Access helpful tips for successful colony management of research strains
Learn from our unparalleled expertise in animal husbandry and breeding more than 1,800 different live strains and managing over 5000 additional mouse models.
JAX® Mice are bred within and shipped from multiple animal rooms. Click here for the most up to date health status reports for all rooms.
A quick and cost-saving way to verify your strain's genetic background, allowing you to feel confident about the validity of your experimental data.
Protect your valuable strains from unfortunate events. JAX Cryopreservation Services offer fast and reliable recovery of archived embryos and sperm so you can feel assured about the safety of your strains.
This intensive workshop is for those wishing to obtain practical hands-on training in mouse surgical techniques. In addition to surgical...
The Jackson Laboratory and Sorbonne Universités are pleased to offer a mouse surgical workshop in Paris, France. This four-day intensive...
This unique didactic/hands-on workshop provides a comprehensive overview of respiratory biology and, in particular, the use of mice as...
We engineer new models and enhance existing models through genetic standardization and characterization to ensure reproducibility of data...
We partner with foundations, pharmaceutical and biotech companies, and other scientists to research treatments for uncommon...
JAX distributes well-characterized, preclinical mouse models to accelerate drug discovery for rare and orphan diseases.
Step by step guide on how to generate a double knockout mouse model.
Learn why the Rosa26 locus is used very widely to create mouse models.
Learn how JAX designates mouse genotypes, and what “+” means in the context of inbred, mutant or transgenic strains.
Learn about breeding Cre lox mice to turn on or off transgenes and using Cre reporter strains.
Learn how the original BALB/c strain separated into two major substrains (BALB/cJ and BALB/cByJ) and how to decide which one...
Read about the pros and cons of maintaining mouse colonies homozygous for both the loxP allele and cre.
The impact of Dr. Snell’s work laid the foundation for understanding how transplantation could be successful both in experimental animals...
B6 and B6N substrains differ genetically as a result of accumulated spontaneous mutations. Learn why it is important not to use different...
Some JAX inbred strains detect seasonal changes and respond with significant changes in their breeding performance. Learn about other...
Learn about the spectrum of housing conditions needed to fit different levels of immune deficiency.
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